tiny_ad::ad< Type, Vector > Struct Template Reference

#include <tiny_ad.hpp>

Public Member Functions
	ad ()
	ad (Type v, Vector d)
	ad (double v)
ad	operator* (const ad &other) const
ad	operator* (const double &x) const
ad &	operator*= (const ad &other)
ad	operator+ (const ad &other) const
ad	operator+ () const
ad	operator+ (const double &x) const
ad &	operator+= (const ad &other)
ad	operator- (const ad &other) const
ad	operator- () const
ad	operator- (const double &x) const
ad &	operator-= (const ad &other)
ad	operator/ (const ad &other) const
ad	operator/ (const double &x) const
ad &	operator/= (const ad &other)

Public Attributes
Vector	deriv
Type	value

Detailed Description

template<class Type, class Vector>
struct tiny_ad::ad< Type, Vector >

Definition at line 28 of file tiny_ad.hpp.

Constructor & Destructor Documentation

template<class Type, class Vector>

tiny_ad::ad< Type, Vector >::ad ( )

inline

Definition at line 31 of file tiny_ad.hpp.

Referenced by tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator*(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator+(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator-(), and tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator/().

template<class Type, class Vector>

tiny_ad::ad< Type, Vector >::ad ( Type  v, Vector  d  )

inline

Definition at line 32 of file tiny_ad.hpp.

template<class Type, class Vector>

tiny_ad::ad< Type, Vector >::ad ( double  v )

inline

Definition at line 33 of file tiny_ad.hpp.

Member Function Documentation

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator* ( const ad< Type, Vector > &  other ) const

inline

Definition at line 48 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator* ( const double &  x ) const

inline

Definition at line 79 of file tiny_ad.hpp.

template<class Type, class Vector>

ad& tiny_ad::ad< Type, Vector >::operator*= ( const ad< Type, Vector > &  other )

inline

Definition at line 96 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator+ ( const ad< Type, Vector > &  other ) const

inline

Definition at line 34 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator+ ( ) const

inline

Definition at line 38 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator+ ( const double &  x ) const

inline

Definition at line 73 of file tiny_ad.hpp.

template<class Type, class Vector>

ad& tiny_ad::ad< Type, Vector >::operator+= ( const ad< Type, Vector > &  other )

inline

Definition at line 86 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator- ( const ad< Type, Vector > &  other ) const

inline

Definition at line 41 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator- ( void  ) const

inline

Definition at line 45 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator- ( const double &  x ) const

inline

Definition at line 76 of file tiny_ad.hpp.

template<class Type, class Vector>

ad& tiny_ad::ad< Type, Vector >::operator-= ( const ad< Type, Vector > &  other )

inline

Definition at line 91 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator/ ( const ad< Type, Vector > &  other ) const

inline

Definition at line 53 of file tiny_ad.hpp.

template<class Type, class Vector>

ad tiny_ad::ad< Type, Vector >::operator/ ( const double &  x ) const

inline

Definition at line 82 of file tiny_ad.hpp.

template<class Type, class Vector>

ad& tiny_ad::ad< Type, Vector >::operator/= ( const ad< Type, Vector > &  other )

inline

Definition at line 107 of file tiny_ad.hpp.

Member Data Documentation

template<class Type, class Vector>

Vector tiny_ad::ad< Type, Vector >::deriv

Definition at line 30 of file tiny_ad.hpp.

Referenced by tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::ad(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator*(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator*=(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator+(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator+=(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator-(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator-=(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator/(), tiny_ad::operator/(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator/=(), and tiny_ad::pow().

template<class Type, class Vector>

Type tiny_ad::ad< Type, Vector >::value

Definition at line 29 of file tiny_ad.hpp.

Referenced by tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::ad(), tiny_ad::isfinite(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator*(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator*=(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator+(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator+=(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator-(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator-=(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator/(), tiny_ad::operator/(), tiny_ad::ad< Double, TINY_VECTOR(Double, nvar) >::operator/=(), and tiny_ad::pow().

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The documentation for this struct was generated from the following file:

• tiny_ad.hpp (Last Changed on January 19, 2022 for git-revision 9daea396376f6c901ed020bbe90a82f15c6de9cd.)